Used LEO / ZEISS 910 #151047 for sale

LEO / ZEISS 910 is a scanning electron microscope (SEM) with a unique combination of high resolution imaging, flexible chamber design, and sophisticated analytical capabilities. LEO 910 offers a high performance in resolution and magnification, while maintaining a low cost design. Its fully integrated imaging, automation, and control equipment ensures reliable results in a variety of materials. ZEISS 910 utilizes a flexible, multi-chamber design to accommodate a variety of samples sizes, shapes, and chemistries with load capacities up to 3 kg. Its three-stage secondary electron detector with non-contact electronic focusing provides a high level of imaging accuracy and resolution. 910's automated specimen scanning system allows for reliable sample navigation, even with highly complex structures. LEO / ZEISS 910 also offers a wide range of analytical capabilities, including elemental analysis and various chemical analysis techniques. It is capable of processing supplementary images from both secondary and backscattered electrons as well as X-rays. Advanced detectors and optics make available a set of high throughput analysis modes, including energy dispersive spectroscopy (EDS) and electron energy loss spectroscopy (EELS). LEO 910 features a strong, software controlled stereomicroscope platform. Its efficient user interface and digitized data transfer unit enable complete control of the microscope on a variety of platforms, allowing users to make the most of their data. Its modular design provides expandability and flexibility while minimizing downtime. ZEISS 910 is an ideal choice for a broad range of imaging and analysis applications in fields such as material science, biology, and semiconductor fabrication. Its modular design allows users to customize their machine to suit their needs, making it a powerful and flexible tool for nearly any project. With its wide range of imaging and analytical capabilities, 910 SEM can provide quick and accurate results for multiple materials and substrates.